CN111869568A - Hippeastrum rutilum packaging product chemical structure and manufacturing method thereof - Google Patents

Abstract

The invention discloses a packaging productized structure of cinnabar and a manufacturing method thereof. The packaging productized structure includes seed balls with foils on the seed balls; epoxy resin colloid is wrapped on the outside of the seed balls and used for sealing The seed ball and the foil are exposed outside the epoxy resin colloid. Epoxy resin colloid is used to seal the red seed bulbs, which can replace the role of soil to stabilize the plant, prevent the seed bulbs from corrupting, and prevent the spread of peculiar smell. The epoxy resin colloid can be operated, sealed and solidified at room temperature, which can effectively eliminate the traditional The rosacea bulbs are perishable, which saves the energy required for maintenance and reduces the cost. Compared with wax-sealed rosacea, it is more environmentally friendly and safe, and does not damage plants, and the epoxy resin glue is soluble in water, which solves the life of sealing rosacea. cycle problem.

Description

A kind of Zhu Dinghong packaging productized structure and preparation method thereof

technical field

The invention belongs to the manufacture of hibiscus flower products, and in particular relates to a packaged product structure of hibiscus and a manufacturing method thereof.

Background technique

Hippeastrum rutilum (scientific name: Hippeastrum rutilum), also known as rhododendron (Hainan Flora), Huazhulan (North China Economic Flora), Lined Huazhu, Zhudinghong, Zhudinglan, Amaryllis, Huazhulan, Baizilian, Baizhilian , pair red, pair pair red, etc. It is a perennial herb of the Amaryllidaceae family.

Bulbs of cinnabar are nearly spherical, leaves 6-8, drawn after flowering, bright green, flower stems are hollow, slightly flat, with white powder; perianth tube green, cylindrical, perianth lobes oblong, apex pointed, magenta, slightly Greenish, with small scales on the throat.

Zhu Dinghong was originally mainly distributed in Brazil and China's Hainan Province and other places, and has been artificially introduced and cultivated. In recent years, more and more people pay attention to the cultivation and cultivation of Zhu Dinghong. At present, many flowers are going to offices, dining tables and other production places to become fast-moving consumer goods, and the dependence on soil greatly limits the promotion of Zhu Dinghong in this field.

However, the existing potted method of hibiscus chinensis is wax sealing, that is, the bulbs of hibiscus chinensis are covered and protected by using the wax sealing technology. This method of plating wax on seed balls has defects. The preparation in the wax plating process requires two layers of wax inside and outside. The price of the required raw materials is relatively high, the process is cumbersome, and it is easy to crack after the wax seal is completed, and it cannot bear weight and has poor stability. And the bulbs are difficult to reuse after one bloom. Therefore, the method of wax plating is used for wrapping, which has problems such as easily damaged seed bulbs, perishable seed bulbs, high cost, long processing time and one-time life cycle.

SUMMARY OF THE INVENTION

In order to overcome the problems in the prior art, the present invention provides a packaging productized structure of hibiscus and a manufacturing method thereof. The epoxy resin colloid is used to seal the hibiscus seed bulbs, which can replace the role of soil stabilizing plants and prevent the seed bulbs from corrupting. To prevent the spread of peculiar smell, the epoxy resin glue can be sealed and solidified at room temperature, which is more environmentally friendly and safer than the wax seal, and has no damage to the plants, and the epoxy resin glue is soluble in water, which solves the problem of the one-time life cycle of the sealed cinnabar. question.

For achieving the above object, the technical scheme of the present invention is:

A productized structure of cinnabar packaging, comprising:

Seed bulbs with foil on them;

The epoxy resin colloid is wrapped on the outer side of the seed ball and used for sealing the seed ball, and the foil is exposed outside the epoxy resin colloid.

Preferably, the bottom of the seed ball is provided with a phenolic plastic foamed solid nutritional material, and the phenolic plastic foamed solid material can be used to fix and support the seed ball, and provide nutrients and moisture required by the seed ball, with strong moisture retention and air permeability Good, the epoxy resin colloid is wrapped around the seed ball and the peripheral side of the phenolic plastic foamed solid nutritional material;

Wherein, the phenolic plastic foamed solid nutritional material is 1% sucrose+200mg/L aluminum sulfate+300mg/L calcium nitrate+200mg/L potassium dihydrogen phosphate+10mg/L6 benzyl adenine as the basic nutrient solution and adding Sorbic acid is a solid nutritional material made by soaking phenolic plastic foamed solid material with special treatment.

Preferably, it also includes a box body and a box cover, the box body and the box cover form a closed space, and a cavity in the box body is provided with the epoxy resin colloid and the epoxy resin colloid wrapped with the epoxy resin colloid. kind of ball. The seed balls are sealed in the box with epoxy resin colloid, which can be used to seal the red seed balls into a product. The box body can be freely designed, and the packaged product can be placed on desks, dining tables, etc., which can also increase the aesthetics.

Preferably, a spherical mold is also included, the seed balls are arranged in the spherical mold, and the epoxy resin colloid is wrapped around the peripheral side of the spherical mold to prevent damage to the seed balls by the epoxy resin colloid.

Preferably, it also includes a thermometer and/or an illuminance meter, the thermometer is wrapped in the epoxy resin colloid except that the probe is exposed to the epoxy resin colloid; the illuminance meter is exposed to the epoxy resin except the photosensitive head. Outside the colloid, the rest is wrapped in the epoxy resin colloid, and the thermometer and the illuminance meter are integrated on the surface of the epoxy resin colloid, which can conveniently measure the temperature and illuminance of the placement point of the cinnabar seal product, and can control the flowering time and flowering period length.

Based on the same inventive concept, the present invention also provides a method for making a productized structure of a cinnabar red package according to claim 1, comprising the following steps:

S1: Take the mature red bulbs and cut off the leaves and roots, keep the bulbs and the foil, and then store them at low temperature;

S2: cleaning and sterilizing the seed bulbs and foils preserved in low temperature to obtain seed bulbs and foils;

S3: Mix the epoxy resin A and B glues according to the preset ratio, wrap the mixed epoxy resin colloid on the surface of the seed ball, and expose the foil to the epoxy resin glue. Colloid solidifies.

Preferably, in the step S3, the seed ball is first put into the spherical mold, and then the blended epoxy resin colloid is coated on the outside of the spherical mold.

Preferably, in the step S3, the seed ball is first put into the spherical mold, the bottom of the spherical mold is provided with a through hole, and the bottom of the mold is supported by a phenolic plastic foamed solid nutrient material, and the seed ball is provided with the required nutrition and water, and then wrap the blended epoxy resin colloid on the spherical mold and the peripheral side of the phenolic plastic foamed solid nutrient material;

Wherein, the phenolic plastic foamed solid nutritional material is 1% sucrose+200mg/L aluminum sulfate+300mg/L calcium nitrate+200mg/L potassium dihydrogen phosphate+10mg/L6 benzyl adenine as the basic nutrient solution and adding Sorbic acid is a solid nutritional material made by soaking phenolic plastic foamed solid material with special treatment.

Preferably, in the step S3, epoxy resin colloid is used to encapsulate the seed balls in the box, the seed balls are first put into the spherical mold, the bottom of the spherical mold is provided with through holes, and the bottom of the mold is made of phenolic plastic foamed solid The nutrient material is supported at the bottom of the box, and then the reconciled phenolic resin colloid is used to encapsulate the spherical mold and the phenolic plastic foamed solid nutrient material in the box, exposing the foil part, and then the box cover is placed on the top of the box to form cinnabar red Packaging the product.

Preferably, in the step S3, the thermometer and/or the illuminance meter are encapsulated in the epoxy resin colloid, and the probe of the thermometer and the photosensitive head of the illuminance meter are exposed outside the epoxy resin colloid.

Compared with the prior art, the present invention has the following advantages and positive effects due to the adoption of the above technical solutions:

The red cinnabar package of the invention adopts epoxy resin to seal the seed ball, and the epoxy resin colloid is a kind of low temperature or normal temperature curing, and the curing speed is fast; after curing, the adhesive strength is high, the hardness is good, and it has certain toughness; Good acid-base performance, good moisture-proof, waterproof, oil-proof and dust-proof performance, resistance to humidity and heat and atmospheric aging; adhesive with good electrical and physical properties such as good insulation, compressive strength, and high bonding strength. The use of epoxy resin colloid to seal the seed bulbs effectively eliminates the perishability of traditional hibiscus seed bulbs, saves the energy required for maintenance, and reduces costs. Compared with wax sealing, it is more environmentally friendly and safer, and does not damage plants.

Epoxy resin glue seals the seed bulbs of Hippeastrum chinensis, which can replace the role of soil to stabilize the plant, which solves the problem of difficult transportation of Hippogriff chinensis flower products. At the same time, after a round of flowering period, the seed bulbs together with the colloid can be placed in a water bath of 70-84°C In the middle, the colloid will fall off naturally, which solves the problem of sealing one life cycle of hibiscus.

Description of drawings

Fig. 1 is the schematic diagram of the productized structure of the package of Zhu Dinghong according to the embodiment of the present invention

Description of reference numerals: 1- kind of ball; 2- box body; 3- epoxy resin colloid; 4- phenolic plastic foamed solid nutritional material; 5- thermometer; 6- illuminometer; 7- foil; 8- box cover .

Detailed ways

The following is a further detailed description of the productized structure of a Hippeastrum package proposed by the present invention with reference to the accompanying drawings and specific embodiments. The advantages and features of the present invention will become apparent from the following description and claims.

Referring to Fig. 1, a productized structure of cinnabar packaging includes:

Seed bulb 1 with foil 7 on it;

The epoxy resin colloid is wrapped on the outside of the seed ball 1 and used to seal the seed ball 1 , and the foil 7 is exposed outside the epoxy resin colloid 3 .

The bottom of the seed ball 1 is provided with a phenolic plastic foamed solid nutritional material 4, and the phenolic plastic foamed solid nutritional material 4 can be used to fix and support the seed ball 1, and provide nutrients and moisture required by the seed ball 1, with strong moisture retention and good air permeability. , the epoxy resin colloid 3 is wrapped around the seed ball 1 and the 4 sides of the phenolic plastic foamed solid nutritional material;

Among them, the phenolic plastic foaming solid nutritional material 4 is 1% sucrose + 200mg/L aluminum sulfate + 300mg/L calcium nitrate + 200mg/L potassium dihydrogen phosphate + 10mg/L 6-benzyl adenine as the basic nutrient solution and adding Sorbic acid is a solid nutritional material made by soaking phenolic plastic foamed solid material with special treatment.

It also includes a box body 2 and a box cover 8. The box body 2 and the box cover 8 form a closed space. The cavity in the box body 2 is provided with epoxy resin colloid 3 and seed balls 1 wrapped by epoxy resin colloid 3. The seed ball 1 is sealed in the box body 2 with epoxy resin colloid 3, which can be sealed and commercialized for the cinnabar seed ball 1. The box body 2 can be arbitrarily designed into the required shape, or the surface of the box body 2 can be printed with custom patterns, etc., and can be used. Placing this packaged product on desks, dining tables, etc. can also increase the aesthetics.

It also includes a spherical mold, the seed ball 1 is arranged in the spherical mold, and the epoxy resin colloid 3 is wrapped around the peripheral side of the spherical mold to prevent the epoxy resin colloid 3 from damaging the seed ball 1 .

Preferably, it also includes a thermometer 5 and/or an illuminance meter 6. The thermometer 5 can be an LED display electronic thermometer 5. The thermometer 5 is wrapped in the epoxy resin colloid 3 except that the probe and the display screen are exposed to the epoxy resin colloid 3; The illuminance meter 6 is wrapped in the epoxy resin colloid 3 except that the photosensitive head and the display screen are exposed to the epoxy resin colloid 3, and the thermometer 5 and the illuminance meter 6 are integrated on the surface of the epoxy resin colloid 3, which can conveniently measure the cinnabar seal products. The temperature and illuminance of the placement point can control the flowering time and length of the flowering period.

A method for making a packaged productized structure of hibiscus, comprising the following steps:

S1: Take the mature red bulbs and cut off the leaves and roots, keep the bulb 1 and the foil 7, and then store them at low temperature.

S2: Take out the seed bulb 1 and the foil 7 stored at low temperature, then clean and sterilize to obtain the seed bulb 1 and the foil 7;

S3: put the sterilized seed ball 1 into the spherical mold, the bottom of the spherical mold is provided with a through hole, and the bottom of the mold is supported by a phenolic plastic foamed solid nutritional material 4, and the phenolic plastic foamed solid nutritional material 4 can be directed to the seed ball 1. Provide the required nutrients and moisture, then mix the epoxy resin A and B glue according to the preset ratio, and seal the mixed epoxy resin colloid 3. The spherical mold and the phenolic plastic foamed solid nutritional material 4 are sealed in the box. 2, the foil 7 is exposed outside the epoxy resin glue, and the phenolic resin colloid solidifies at a temperature of 10-30° C., and then the box cover 8 is covered on the top of the box body 2 .

Among them, the phenolic plastic foamed solid nutritional material 4 is 1% sucrose + 200mg/L aluminum sulfate + 300mg/L calcium nitrate + 200mg/L potassium dihydrogen phosphate + 10mg/L 6 benzyl adenine as the basic nutrient solution and add sorbitan Acid is a solid nutritional material made by soaking phenolic plastic foamed solid material with special treatment.

The seed ball 1 is sealed in the box body 2 by using epoxy resin colloid 3, and the sealing structure of the cinnabar seed ball 1 can be commercialized. This packaged product can be placed on desks, dining tables, etc., and it can also increase the aesthetics.

Preferably, the thermometer 5 and/or the illuminance meter 6 can be encapsulated in the epoxy resin colloid 3, and the probe of the thermometer 5 and the photosensitive head of the illuminance meter 6 are exposed outside the epoxy resin colloid 3.

The cinnabar red packaging of the present embodiment adopts epoxy resin to seal the seed ball 1, and the epoxy resin colloid 3 is a kind of low temperature or normal temperature curing, and the curing speed is fast; after curing, the adhesive strength is high, the hardness is good, and it has a certain toughness; After curing, it has good acid and alkali resistance, moisture-proof, waterproof, oil-proof and dust-proof performance, and is resistant to humidity and heat and atmospheric aging; it has good electrical and physical properties such as good insulation, compression resistance, and high bonding strength. Epoxy resin colloid 3 is used to seal the seed ball 1, and a phenolic plastic foamed solid nutrient material 4 is added to the bottom of the Hippeastrum seed ball 1 to fix and support the seed ball 1, provide nutrients and moisture to the seed ball 1, and effectively eliminate the traditional Hippogriff The seed bulb 1 is perishable, which saves the energy required for maintenance and reduces the cost. Compared with wax-sealed cinnabar, using epoxy resin is more environmentally friendly and safe, and does not damage plants.

The temperature and illuminance measuring device is integrated on the colloid surface, which can conveniently measure the temperature and illuminance of the place where the cinnabar packaging products are placed, so as to control the flowering time and the length of the flowering period.

The epoxy resin glue forms a seal for the hibiscus seed bulbs 1, which can replace the role of soil to stabilize the plant, and solves the problem of difficult transportation of hibiscus flower products. In the ℃ water bath, the colloid will fall off naturally, which solves the problem of sealing one life cycle of Hippeastrum.

The red seed bulbs 1 have been fully cultivated before encapsulation, and then stored at low temperature. The seed bulbs 1 are made to undergo a dormant period by refrigeration, and then the seed bulbs 1 are sealed in the epoxy resin colloid 3 according to the above-mentioned packaging production method. Water the product and place the product in a suitable lighting environment. After a period of time, the hibiscus chinensis germinates and blooms after receiving the light signal on the basis of the previous treatment. Therefore, the flowering period of Hippeastrum can be regulated by the packaging structure of the present invention.

The embodiments of the present invention have been described in detail above with reference to the accompanying drawings, but the present invention is not limited to the above-mentioned embodiments. Even if various changes are made to the present invention, if these changes fall within the scope of the claims of the present invention and the technical equivalents thereof, they still fall within the protection scope of the present invention.

Claims (10)

1. The utility model provides a hippeastrum packing productization structure which characterized in that includes:

the ball is provided with a flower sword;

epoxy colloid wraps up the outside of seedball is used for sealing the seedball, the flower sword exposes the epoxy colloid is external.

2. The hippeastrum packaging productization structure of claim 1, wherein the bottom of the ball is provided with a phenolic plastic foaming solid nutrient material, and the epoxy resin colloid is wrapped around the ball and the phenolic plastic foaming solid nutrient material;

the phenolic plastic foaming solid nutrient material is prepared by soaking a phenolic plastic foaming solid material in special treatment by taking 1% of sucrose, 200mg/L of aluminum sulfate, 300mg/L of calcium nitrate, 200mg/L of monopotassium phosphate and 10mg/L of 6 benzyladenine as basic nutrient solution and adding sorbic acid.

3. The hippeastrum packaging productization structure according to claim 1, further comprising a box body and a box cover, wherein the box body and the box cover form a closed space, and the epoxy resin colloid and the seed balls wrapped by the epoxy resin colloid are arranged in a cavity in the box body.

4. The hippeastrum packaging productization structure of claim 1, further comprising a spherical mold, wherein the ball is arranged in the spherical mold, and the epoxy resin colloid is wrapped around the spherical mold.

5. The hippeastrum packaging productization structure of claim 1, further comprising a thermometer and/or an illuminometer, wherein the thermometer is wrapped in the epoxy resin glue except for a probe exposed out of the epoxy resin glue; the illuminometer is characterized in that the rest of the illuminometer is wrapped in the epoxy resin colloid except for the photosensitive head exposed out of the epoxy resin colloid.

6. A method for manufacturing a hippeastrum packaging productization structure according to claim 1, characterized by comprising the following steps:

s1: cutting off leaf parts and roots of mature hippeastrum corm, reserving seed balls and sword parts, and then storing at low temperature;

s2: cleaning and disinfecting the seed balls and the flower swords stored at low temperature to obtain the seed balls and the flower swords;

s3: blending the epoxy A, B glue according to a preset proportion, wrapping the blended epoxy glue on the surface of the seed ball, exposing the flower sword outside the epoxy glue, and solidifying the phenolic resin glue at the temperature of 10-30 ℃.

7. The method of claim 6, wherein in step S3, the ball is placed in a spherical mold, and then the spherical mold is coated with the prepared epoxy resin colloid.

8. The method for manufacturing a hippeastrum packaging product chemical structure according to claim 7, wherein in step S3, the ball seed is placed in a spherical mold, the bottom of the spherical mold is provided with a through hole, the bottom of the mold is supported by the phenolic plastic foaming solid nutrient material and provides the ball seed with the required nutrients and moisture, and then the mixed epoxy resin colloid is wrapped around the spherical mold and the phenolic plastic foaming solid nutrient material;

the phenolic plastic foaming solid nutrient material is prepared by soaking a phenolic plastic foaming solid material in special treatment by taking 1% of sucrose, 200mg/L of aluminum sulfate, 300mg/L of calcium nitrate, 200mg/L of monopotassium phosphate and 10mg/L of 6 benzyladenine as basic nutrient solution and adding sorbic acid.

9. The method of claim 8, wherein in step S3, the epoxy resin colloid is used to encapsulate the seed balls in the box, the seed balls are first placed in the spherical mold, the bottom of the spherical mold is provided with through holes, the bottom of the mold is supported by the phenolic plastic foaming solid nutritional material at the bottom of the box, the spherical mold and the phenolic plastic foaming solid nutritional material are then encapsulated in the box by the blended phenolic resin colloid, the flower sword part is exposed, and then the box cover is covered on the box to form the hippeastrum red packaged product.

10. The method of manufacturing a hippeastrum packaging productions structure according to claim 6 or 8, characterized in that in the step S3, a thermometer and/or an illuminometer are encapsulated in an epoxy resin glue, and a probe of the thermometer and a photosensitive head of the illuminometer are exposed out of the epoxy resin glue.

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